VHP Generator EN

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For surface disinfection and low-temperature surface sterilization

Applications of TKSAGE-EN II VHP generator

6926c001e3830bd2b016259ddb3f6692.pngPrinciple of TKSAGE- EN II VHP generator

798d5bf44f6957be72585e8f432f6b49.png

TKSAGE-EN uses low-temperature flash vaporization technology to achieve complete vaporization of hydrogen peroxide;

The process saturation control technology is adopted to realize noliquefaction and no condensation in the whole process of sterilization;

The process monitoring parameters include: temperature, relativehumidity,hydrogen peroxide concentration and vapor saturation;

The adjustment parameters include: flash temperature, circulating air volume, and peristaltic pump injection rate;

The safety control parameters include: hydrogen peroxide concentration, saturation and hydrogen peroxide residual concentration;

The VHP generator is integrated with the catalytic degradation, making the sterilization more convenient and faster.


Pipeline connection

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VHP sterilization curve

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The sterilization process is divided into four stages: start, balance, sterilize and degrade

Start: Before sterilization starts, the equipment automatically determines whether the sterilization conditions meet sterilization start requirements, i.e.: temperature>15°C, 40%< RH%<60%; automatic dehumidification will start if the humidity is high;

Balance: The VHP generator starts to produce hydrogen peroxide vapor and circulates it between the cavity and the equipment until it reaches a preset concentration or saturation level;

Sterilize: The equipment starts to record the sterilization effect until the preset sterilization LOG value is reached.

Degrade: At the end of the sterilization process, the equipment automatically enters the VHP degradation stage, which starts to catalyze the degradation of the hydrogen peroxide vapor inside the equipment and the chamber until it 

reaches the set hydrogen peroxide concentration.





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Life science laboratory solution
产品详情

489b6cd553df7709778c6c527c3e51ba.png

For surface disinfection and low-temperature surface sterilization

Applications of TKSAGE-EN II VHP generator

6926c001e3830bd2b016259ddb3f6692.pngPrinciple of TKSAGE- EN II VHP generator

798d5bf44f6957be72585e8f432f6b49.png

TKSAGE-EN uses low-temperature flash vaporization technology to achieve complete vaporization of hydrogen peroxide;

The process saturation control technology is adopted to realize noliquefaction and no condensation in the whole process of sterilization;

The process monitoring parameters include: temperature, relativehumidity,hydrogen peroxide concentration and vapor saturation;

The adjustment parameters include: flash temperature, circulating air volume, and peristaltic pump injection rate;

The safety control parameters include: hydrogen peroxide concentration, saturation and hydrogen peroxide residual concentration;

The VHP generator is integrated with the catalytic degradation, making the sterilization more convenient and faster.


Pipeline connection

9d9b64671892dde1f2d15d3a5e44c1dd.png

53855c19341063676d0371847949a83c.png

VHP sterilization curve

1fc168668a8057b4b4d64270dc9270da.png

The sterilization process is divided into four stages: start, balance, sterilize and degrade

Start: Before sterilization starts, the equipment automatically determines whether the sterilization conditions meet sterilization start requirements, i.e.: temperature>15°C, 40%< RH%<60%; automatic dehumidification will start if the humidity is high;

Balance: The VHP generator starts to produce hydrogen peroxide vapor and circulates it between the cavity and the equipment until it reaches a preset concentration or saturation level;

Sterilize: The equipment starts to record the sterilization effect until the preset sterilization LOG value is reached.

Degrade: At the end of the sterilization process, the equipment automatically enters the VHP degradation stage, which starts to catalyze the degradation of the hydrogen peroxide vapor inside the equipment and the chamber until it 

reaches the set hydrogen peroxide concentration.